Description
The National Instruments SHM125M-BNCF-RA I/O Cable features a right-angled M12 male connector coupled with a standard BNC female connector, suitable for a variety of orientations during installation. Designed specifically for use with the FD-11634, an 8-Channel Sound and Vibration Input Device for FieldDAQ, this cable includes five wires to ensure a reliable connection.
The black wire is used for analog positive (AI+) transmission, connecting the BNC pin directly to pin #4 on the M12 connector, while the white wire serves as the analog negative (AI-), linking the BNC shield to pin #2 of the M12 connector. This robust cable is engineered to operate in electrically noisy environments, offering resistance to transient voltages up to 1000 Vrms for 5 seconds.
Customers can choose from three different lengths to suit their specific requirements: 0.3 meters (Part Number: 787038-0R3), 1 meter (Part Number: 787038-01), and 3 meters (Part Number: 787038-03), ensuring flexibility in various application setups.
| Specification | Detail |
|---|---|
| Product Name | National Instruments SHM125M-BNCF-RA I/O Cable |
| Connector Type | Right-Angled M12 Male to Standard BNC Female |
| Compatible Device | FD-11634 (8-Channel Sound and Vibration Input Device for FieldDAQ) |
| Number of Wires | 5 |
| Analog Positive (AI+) | Black Wire (BNC Pin to M12 Pin #4) |
| Analog Negative (AI-) | White Wire (BNC Shield to M12 Pin #2) |
| Transient Voltage Resistance | Up to 1000 Vrms for 5 seconds |
| Available Lengths |
|
Q1: What is the function of the black and white wires on the National Instruments SHM125M-BNCF-RA I/O Cable, and how are they connected between the BNC and M12 connectors?
A1: The black wire on the National Instruments SHM125M-BNCF-RA I/O Cable functions as the analog positive (AI+) and connects the BNC pin directly to pin #4 on the M12 connector, while the white wire serves as the analog negative (AI-) and links the BNC shield to pin #2 of the M12 connector, ensuring proper transmission of signals between the connectors.
Q2: What are the specific functions of the black and white wires in the National Instruments SHM125M-BNCF-RA I/O Cable, and how does this cable protect against transient voltages?
A2: The National Instruments SHM125M-BNCF-RA I/O Cable is designed to connect with the FD-11634, an 8-Channel Sound and Vibration Input Device for FieldDAQ, and it is available in three lengths: 0.3 meters (Part Number: 787038-0R3), 1 meter (Part Number: 787038-01), and 3 meters (Part Number: 787038-03).
Q3: What is the purpose of the black and white wires in the National Instruments SHM125M-BNCF-RA I/O Cable, and how are they connected between the M12 and BNC connectors?
A3: In the National Instruments SHM125M-BNCF-RA I/O Cable, the black wire functions as the analog positive (AI+) transmission line, connecting the BNC pin to pin #4 on the M12 connector, while the white wire serves as the analog negative (AI-) transmission line, linking the BNC shield to pin #2 on the M12 connector.
Q4: What specific FieldDAQ device is the National Instruments SHM125M-BNCF-RA I/O Cable, with a right-angled M12 male connector and a BNC female connector, designed to connect with, and what are the available cable lengths for this model?
A4: The black wire in the National Instruments SHM125M-BNCF-RA I/O Cable functions as the analog positive (AI+) transmission, connecting the BNC pin to pin #4 on the M12 connector, while the white wire serves as the analog negative (AI-), linking the BNC shield to pin #2 of the M12 connector; additionally, this cable is designed to offer protection against transient voltages by being able to withstand up to 1000 Vrms for 5
Q5: What are the functions of the black and white wires in the National Instruments SHM125M-BNCF-RA I/O Cable designed for the FD-11634 device?
A5: The black wire in the National Instruments SHM125M-BNCF-RA I/O Cable is used for analog positive (AI+) transmission, connecting the BNC pin to pin #4 on the M12 connector, while the white wire serves as the analog negative (AI-), linking the BNC shield to pin #2 on the M12 connector.
